LabVIEW
3D Intensity Graph ("3D Histogram") and Gaussian Fit for Pixel Detector
Hello, LabVIEWers.
So... I have an output file from a pixel detector (256x256 pixels with a laser over some pixels) that gives me the X and Y coordinates and the Counting on each pixel ("X" "Y" "Value"). Pixels with Value = 0 are not printed.
I made a program that turns this output file into a 256x256 matrix with the respective values for each pixel (X and Y coordinates being the i,j matrix indexes).
With that I am ploting what I have in the detector as a map with the Intensity Graph. That's working perfectly.
- I want to know if there is any way of make this intensity graph in 3D.
This 3D intensity graph is a zoom over the 2D (shows just the pixels where the laser is over and some others arround it). For that I'm just getting a submatrix from the original one (with all pixels).
I kind did it with 3D Bar Graph (lower right graph) but it's not what I'm trying to achieve. I'm attaching my Front Panel and the graphs (that I'm trying to do on LabVIEW) that I did on ROOT (CERN's object oriented framework) for reference.
Can somebody help me with that?
Then, I want to fit a Gaussian curve on this "3D histogram" and plot it (something like the upper right graph on my front panel).
I have searched a lot of topics over here talking about that... but I couldn't use what I found... they was using IMAQ and I don't know what it is.
Thanks in advance for any thoughts.
Best regards from Rio de Janeiro.
You have a problem with the old style ActiveX 3D controls (not sure how to fix this. Maybe repair the LabVIEW installation?).
Maybe you want to substitute the newer openGL based 3D graphs.
